Sliding adjustment type glass fiber reinforced plastic daylighting tile supporting frame

Abstract

The invention discloses a sliding adjustment type glass fiber reinforced plastic daylighting tile supporting frame. The sliding adjustment type glass fiber reinforced plastic daylighting tile supporting frame comprises two parallel supporting sliding rods; the two supporting sliding rods are each provided with two sliding supporting mechanisms; the four sliding supporting mechanisms are distributed in a rectangular shape, and a daylighting tile plate is jointly installed among the four sliding supporting mechanisms; each of the four sliding supporting mechanisms comprises four moving blocks arranged on the corresponding supporting sliding rod in a sleeving manner; each moving block is provided with a moving opening; two limiting pulleys arranged in a vertically spaced manner are rotationally connected in each moving opening; each supporting sliding rod penetrates the position between the two corresponding limiting pulleys and is in rolling contact with the two limiting pulleys; and the end, close to the daylighting tile plate, of each moving block is provided with a lifting groove. The sliding adjustment type glass fiber reinforced plastic daylighting tile supporting frame has the beneficial effects that when the daylighting tile plate is installed, the daylighting tile plate can be flexibly moved, the splicing effect is guaranteed, the daylighting tile plate at any position can be selected according to needs and opened for ventilation work, operation is simple, and application is wide.

Description

technical field [0001] The invention relates to the technical field of FRP lighting tiles, in particular to a sliding adjustable FRP lighting tile support frame. Background technique [0002] FRP lighting tile has the advantages of anti-corrosion, aging resistance, impact resistance, high light transmittance, beautiful shape, and low cost. Venues, aquaculture and other places. [0003] When the existing FRP lighting tiles are installed, most of them are qualitatively fixed with bolts, and they cannot be easily disassembled after the installation is completed. However, when some special buildings use FRP lighting tiles, not only good lighting is required, but also long-term indoor lighting is required. Ventilation, but FRP lighting tiles cannot be opened and closed as easily as windows, and thus cannot improve the indoor ventilation effect. [0004] In order to solve the above problems, we propose a sliding adjustable glass fiber reinforced plastic lighting tile support fra...

AI Technical Summary

Problems solved by technology

[0003] When the existing FRP lighting tiles are installed, most of them are qualitatively fixed with bolts, and they cannot be easily disassembled after the installation is completed. However, when some special buildings use FRP lighting tiles, not only good lighting is required, but also long-term indoor lighting is required. Ventilation, but FRP lighting tiles cannot be opened and closed as easily as windows, and thus cannot improve the indoor ventilation effect

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